The following are options and accessories that are commonly utilized with C.I. Analytics analyzers to enhance performance or allow for specialized applications. For more information on these options and accessories, please contact us.

9610 Autoinjector
This fully-automated option allows for automatic injections of liquid hydrocarbon samples into C.I. Analytics analyzers. It is ideal for laboratories in which there are multiple instrument users, ensuring uniformity and precision. Model 9610 is generally required for < 50 ppb level sulfur analysis in liquid hydrocarbons.

Robotic Autosampler
The C.I. Robotic Autosampler repeatedly injects liquid samples on a regulated basis, allowing for increased analysis automation.
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LPG Option
The LPG option vaporizes and injects LPG samples into C.I. Analytics analyzers.

Model 960 - AccuGas Blend Generator
Model 960 generates gas-calibration standards at low concentrations, down to ppb levels. This is highly recommended option and eliminates the need for cylinder standards. Permeation oven is controlled by digital temperature controller (temp. range: 30-200ºC). Package includes pressure regulator and flow controls. Model 960 is portable and can be used with many analyzers. Permeation tubes are sold separately.

Model 960P - AccuGas Blend Generator
Model 960 generates gas-calibration standards at low concentrations, down to ppb levels. This is highly recommended option and eliminates the need for cylinder standards. Nema-4 purge housing makes this unit suitable for use in hazardous areas. Permeation oven is controlled by digital temperature controller (temp. range: 30-200ºC). Package includes pressure regulator and flow controls. Model 960 is portable and can be used with many analyzers. Permeation tubes are sold separately.
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Permeation Devices
Permeation devices are required for generating gas blends with Models 960 and 960P (AccuGas Blend Generators). Please consult C.I. for available compounds and ranges.
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Arsine Generator
The Arsine Generator is required for detection of arsine in water or in other solid material. Using this item, one can generate the arsine, which is then detected by the analyzer.
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Option 22 - Ammonia Transfer Device
With Option 22, ammonia is removed from the liquid sample (such as water) via liquid to gas-phase conversion, thereby allowing for accurate detection and measurement.

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Oxy-Hydro Option
With C.I.'s Oxy-Hydro Option, all sulfur compounds are oxidized to SO2 at high-temperature. The SO2 is detected using our Pulsed uV Fluorescence detector.

OR, the oxides of sulfur from the first stage are converted to hydrogen sulfide for detection via Dry Colorimetry.